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Our online engagements are growing more frequent and sophisticated by the day. What began as a simple digital parcel service has evolved into a complex, layered framework of protocols and systems. The continuous advancement and sustainability of these networks hinge on our capacity to dynamically tackle issues like safeguarding communications, accommodating growing user bases and devices, and fulfilling constantly evolving demands for service quality and reliability.
At DePaul University, scholars are tackling these very challenges with dual objectives: enhancing service performance while minimizing the environmental impact of digital operations. Their research focuses on refining machine-to-machine (M2M) and Internet-of-Things (IoT) network efficiency. Innovative networking solutions are being created to function independently of traditional internet infrastructure, ensuring connectivity during emergencies and in areas with limited resources. The digital landscape is undergoing radical transformation on multiple levels. Video streaming now accounts for most web traffic, and service providers must support approximately 30 billion connected devices. This reality demands thorough reassessment of all architectural decisions, requiring both existing and emerging protocols to meet exceptionally stringent development and performance criteria.
DePaul's distinctive BS in Network Engineering and Security (NES) program equips students with both theoretical knowledge and hands-on skills for designing and managing these varied network systems. The curriculum provides access to comprehensive laboratory resources featuring equipment from industry leaders like Cisco and Juniper.